Wireless passive is a bright spot, EnOcean creates a smart future

Building energy consumption has accounted for 40% of global energy consumption. Experts predict that global energy demand will double that of 2003 by 2030, making green energy-saving technology an important development trend. At the same time, with the rise of the concept of intelligent building, the building automation system abandoned the traditional connection method, switched to wireless connection to reduce costs, and simplified the installation procedure, in order to bring more convenient and flexible operation experience. However, the battery power problem of traditional wireless technology still needs to be solved.

It is in this context that the German company can grasp the business opportunities with a keen sense of smell, adapt to the current situation to create wireless energy harvesting technology, promote the development of green energy conservation, and create a wonderful smart future!

"Wireless, passive, unlimited" everything is possible

As a pioneer in wireless energy harvesting technology, the German company enables its customers to provide complete plug-and-play systems, including energy conversion, with the advantages of energy acquisition and conversion, high-quality wireless communication and ultra-low power. , energy managers, wireless signal transmitters, software and development tools.

Matthias Poppel, Chief Operating Officer of Einsen, Germany

Matthias Poppel, Chief Operating Officer of Einsen, Germany

At this year's Guangzhou International Building Electrical Technology Exhibition "Intelligent Building Standard Technology Forum - EnOcean Technology Seminar", Matthias, the chief operating officer of the German company, said that the German ENERGY wireless energy harvesting technology has high reliability and low power. Consumable, interoperable, and coexistence with other wireless systems.

In terms of "passive" technology, the Energy Sensing Energy Harvesting Module is capable of collecting energy generated by the surrounding environment, such as mechanical energy (for wireless passive switches), indoor light energy (for human infrared sensors and door/window magnets) , and the temperature difference (for the motor temperature control valve). After being processed, these energies are used to supply the wireless communication module of the energy-saving ultra-low power, realizing no data line, no power line, and no battery communication system.

Comparison of several mainstream wireless communication technologies

Comparison of several mainstream wireless communication technologies

Matthias pointed out that using a very small amount of energy to transmit a signal can transmit a considerable distance. “A wireless signal transmitted by a standard energy harvesting wireless module can transmit 300 meters in an open area. The mystery is hidden in the duration of the wireless signal: a wireless signal is transmitted from the beginning, the data is transmitted, and the transmission is completed for a total duration. To one thousandth of a second."

The Essensen Alliance launches a group to build a smart future

The EnOcean Alliance is a leading global leader in the construction industry, dedicated to the advancement of wireless passive intelligent building control systems and smart home systems.

Emerson Alliance Chairman and CEO Graham Martin

According to Graham MarTIn, chairman and CEO of the Einson Alliance, buildings using smart building systems can save 30% of energy.

At the conference, Graham MarTIn pointed out that based on the core of energy-energy wireless technology from Germany, the Essenex Alliance members were able to develop and produce switches, sensors and other products that require no battery, no maintenance, and can be flexibly installed. At present, the company's products have been successfully applied in large public projects, building automation, industrial control, commercial buildings, historic buildings, hospitals, schools, smart homes and other fields.

At this stage, the Essen Alliance has three types of members: (1) sponsors: innovative, key players who lead, define and drive alliances; and (2) participants: companies that use alliance technology to provide products and services that use alliance technology. with suppliers; (3) collaborators: the construction sector interested in the subject, case or training professionals, academics and small distribution partners and so on.

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